the physicochemical properties of solute in solutions provide valuable information on solute –solvent, solute – solute and solvent – solvent interactions. the intermolecular forces between theliquids molecules and solvent molecules affect the viscosity of the solution. information regardinginter and intra molecular interactions can be obtained from volumetric, and viscometric data in asolute so...

In this work, the thermally stimulated spectroscopy methods are applied to PET films exposed UV rays for analysis of electrically active defects parameters in these materials, such as activation energy (Ea) and relaxation time, or frequency factor (ω). To obtain currents thermal sampling were used. determine using currents, various mathematical data processing The Eyring equation compensation l...

Purpose: to construct a physical model based on the theory of activated complex (TAC) with indicators ΔH and ΔS mentioned in works G.I. Zheltov his colleagues so as assess impact laser radiation micropulse modes at chorioretinal (CRC), well compare it models Arrhenius integral results mode testing using autofluorescence method.Material methods. Modeling degree damage CRC adjacent structures was...

Abstract This study models the convective flow of Prandtl–Eyring nanomaterials driven by a stretched surface. The model incorporates significant aspects activation energy, Joule heating and chemical reaction. thermal impulses particles with melting condition is addressed. system equations an ordinary differential equation (ODE) tackled numerically utilizing Lobatto IIIA computational solver. ph...

The difficulties with and controversies surrounding the interpretation of electrophysiological data were highlighted in the recent Perspectives on Ion Permeation through membrane-spanning channels. The main issue was whether such data are more appropriately analyzed within the framework of chemical kinetics (Eyring’s Transition State Theory; Eyring, 1935) or the continuum electrodiffusional app...

The volume flow rates of Eyring-fluids inside the wavy-rough nanoannulus were obtained analytically (up to the second order) by using the verified model and boundary perturbation method. Our results show that the wavy-roughness could enhance the flow rate especially for smaller forcing due to the larger surface-to-volume ratio and slip-velocity effect. Meanwhile, the phase shift between the out...

The difficulties with and controversies surrounding the interpretation of electrophysiological data were highlighted in the recent Perspectives on Ion Permeation through membrane-spanning channels. The main issue was whether such data are more appropriately analyzed within the framework of chemical kinetics (Eyring’s Transition State Theory; Eyring, 1935) or the continuum electrodiffusional app...

Abstract Due to the by-products generated during processing of meat, biomolecules derived from these by-products, in form protein hydrolysates, have been studied for being used as raw materials produce food. In present study, tilapia slaughtering were hydrolyzed, under 60 oC 2 hours, and spray-dried 130 oC. After drying process, equilibrium isotherms obtained through dynamic method, temperature...

The fit of the Eyring-Stover statistical survival theory was found to be precise when applied to diverse soil-related functions.